I never said that it does. There's no difference between kinetic and potential energy. Just as there's no difference between energy and heat. It's rea...
I disagree. For all formulas, there are three kinds: those that are T, those that are F, and those that can be either T or F, depending on the case. I...
It's the same as rest mass. And since you have rest in both cases, you can simplify it, so that you're actually talking about energy and mass. Again, ...
It's the energy of an ordinary object, such as a stone or a table, for example. You're calculating the relationship between energy, mass, and the spee...
Yeah man, I hear what you're saying, but you're sorta talking past me. I mean, think of it like this: Who needs to know what x and y are, when you say...
I already told you the procedure: 1) solve the square of c, then multiply that by m. It's not that difficult. I'm all ears. Sounds great. I've already...
But you told me not to look it up. Why would you even give me such a bizarre instruction to begin with? Why would I even do that? If I don't know what...
I already told you its actual meaning. It's in the OP: It means the following, first and foremost: E = (mc2) What's changed? You introduce brackets "(...
I'm not sure if that's how I'd phrase it, but whatever. Why would you find that interesting, if such was the case? Well, I already told you my underst...
Ok, but given the above set of instructions and nothing else, how do I know that you're not tricking me? No, I don't understand them, I don't read any...
Is the following a fair reconstruction of your argument? Let's start with that. (1) There is no ontologically significant difference between E = mc2 a...
Comments